Published works, research programmes, and professional projects developed over more than three decades in higher education and the private sector.
An authoritative textbook on construction management offering a clear model for understanding the theoretical aspects of how people work in projects. Sets the foundations for understanding and managing construction's inherent complexity and uniqueness — establishing clear definitions where the industry had been mired in conflicting interpretations.
The construction industry has become a truly global network of interconnected stakeholders. This book cuts through the plethora of overlapping role titles that make it difficult to establish how projects are actually managed.
View on AmazonWar with drones predicted in 2012 — and look where we are today. Originally from Boston, eighteen-year-old Nathaniel Noone is on an epic mission to rescue his shockingly dishonest ex-girlfriend from war-torn Vienna. A massively unpredictable novel of personal insecurity, romance, friendship, and soul-crushing deceptions amidst the fires of war.
View on AmazonA unique colouring and crafting book to make Christmas truly special. Coloring, crafting, decorating, and taking down the Christmas tree — all through one book. Turn "Blue Monday" into a day full of fun: let family and friends unwrap the Christmas decorations to reveal surprise gifts while taking down the tree.
View on AmazonProfessor Radosavljevic's research track record spans the built environment, evolving from concrete technology and construction management through to digital engineering and digital twins — predominantly industry-led, with global reach.
Early research career focused on the materials science of concrete, exploring structural performance and construction efficiency in real-world applications.
Development of frameworks for understanding and managing construction's inherent complexity — culminating in the co-authored Wiley textbook that has shaped the field.
Studied the dynamics of labour productivity in construction, applying nonlinear systems thinking to understand efficiency, effectiveness, and innovation at scale.
Research into the application of digital technologies in the construction and built environment sectors — methodologies, workflows, and transformation strategies.
Leading-edge research into digital twin technology — the creation of virtual replicas of physical assets and systems for monitoring, simulation, and decision-making.
Expert contributions at institutions globally, executive education delivery in the UK and internationally, and collaborative research with industry partners across the built environment sector.